ECG and ACLS Tutor

ECG modules improve rhythm ID. ACLS is a simulator for cardiac arrest scenarios.

ECG and ACLS Tutor will help you pass the American Heart Association Advanced Cardiac Life Support (ACLS) course. With regular use of this app you will maintain your cardiac resuscitation skills so that you will always be ready to serve as an effective leader of the 'code blue' team.

ECG and ACLS Tutor includes four modules to improve your ability to identify the ECG rhythm and treat the patient. The first module, ECG Rhythm Primer, reviews the basics of identifying the cardiac rhythm in ECG lead II. It describes the waves, intervals, and a four step method to identify the rhythm. The second module, Rhythm Tutor, teaches and reinforces the organized four question approach to identification of electrocardiogram rhythms. When you think you have mastered identification of the rhythms in Rhythm Tutor, you should use the third module, Rhythm Challenge, to test yourself.

The ECG modules present 80 different electrocardiogram wave forms as they sweep across the screen just like on a real ECG monitor. Recognition of EKG rhythms as the wave forms sweep across a monitor screen is a different skill than diagnosing cardiac rhythms on a static tracing. This app will improve your clinical skills more than reviewing with a book because you will learn to diagnose the EKG rhythms as they dynamically move across the screen.

After you are comfortable identifying the cardiac rhythm, you can use ACLS module to practice the resuscitation of patients based on the latest ACLS guidelines. The ACLS module enables you to rehearse megacode management in a realistic screen-based simulator. The current version follows the updated 2020 AHA treatment guidelines. You must evaluate the patient and electrocardiogram rhythm, decide on the appropriate management, and serve as the team leader, guiding two assistants through the resuscitation including administration of electrical defibrillation and medications.

There are 12 cardiac arrest case scenarios included. The first three cover ventricular fibrillation, the next two are for pulseless ventricular tachycardia, another covers asystole, and the remainder of the cases cover tachycardia algorithms. This app is for training purposes only. Do not assume a real patient will behave exactly the same as any of the simulated patients, however, with regular practice you will always be ready to run a full cardiac resuscitation.

The icon for the app was made with Freepik from www.flaticon.com.